Market
Autonomous Fruit Harvesting Robotics Systems in AI answers
FFRobotics and Tevel Aerobotics Technologies are nearly even in recommendations for autonomous fruit harvesting. Buyer questions also span pay-per-bin pricing, crop-specific harvesting, labor needs, and orchard navigation, but the supplied evidence does not identify a different usual answer for any one need.
Since Oct 13Updated Nov 12, 2026Based on 74 AI answers
Reviewed by Dimitry Apollonsky
Brands AI mentions
| # | BrandMentioned in | ||
|---|---|---|---|
| #1 | 45% Autonomous fruit-picking systems for orchard harvesting | 45% | Autonomous fruit-picking systems for orchard harvesting |
| #1 | 41% Autonomous fruit-picking systems for orchard harvesting | 41% | Autonomous fruit-picking systems for orchard harvesting |
| #3 | 27% Robotic harvesting systems for fruit operations | 27% | Robotic harvesting systems for fruit operations |
| #3 | 26% Autonomous harvesting systems for fruit operations | 26% | Autonomous harvesting systems for fruit operations |
| #3 | 19% Robotic fruit-picking systems for orchard operations | 19% | Robotic fruit-picking systems for orchard operations |
| #6 | 16% Robotic harvesting systems for fruit production | 16% | Robotic harvesting systems for fruit production |
| #6 | 15% Autonomous fruit-picking systems for orchard operations | 15% | Autonomous fruit-picking systems for orchard operations |
| #6 | 11% Robotic fruit-harvesting systems for farm operations | 11% | Robotic fruit-harvesting systems for farm operations |
| #6 | 9% Automation systems for fruit-harvesting operations | 9% | Automation systems for fruit-harvesting operations |
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| #10 | 4% Robotic fruit-picking systems for orchard harvesting | 4% | Robotic fruit-picking systems for orchard harvesting |
| #32 | 3% | 3% | |
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By AI engine
Mentioned in, on ChatGPT and Google AI Mode
- Tevel Aerobotics TechnologiesChatGPTGoogle AI Mode
- FFRoboticsChatGPTGoogle AI Mode
- Harvest CROO RoboticsChatGPTGoogle AI Mode
- Advanced Farm TechnologiesChatGPTGoogle AI Mode
- Picker AgRoboticsChatGPTGoogle AI Mode
- Dogtooth TechnologiesChatGPTGoogle AI Mode
- AgrobotChatGPTGoogle AI Mode
- NanovelChatGPTGoogle AI Mode
- NEOintralogisticsChatGPTGoogle AI Mode
- Demeter RoboticsChatGPT
- NeuraPick RoboticsChatGPT
- OrganifarmsGoogle AI Mode
- USDA Agricultural Research ServiceChatGPT
- Abundant RoboticsGoogle AI Mode
- AwetaChatGPT
- AutoStoreGoogle AI Mode
- LumperChatGPTGoogle AI Mode
- Cornell UniversityGoogle AI Mode
- OctinionChatGPT
- RubionChatGPT
- Tutor IntelligenceGoogle AI Mode
- inVia RoboticsChatGPT
- EVE-01ChatGPT
- BrightpickGoogle AI Mode
- Fieldwork RoboticsChatGPTGoogle AI Mode
- CNH IndustrialGoogle AI Mode
- OnRobotChatGPT
- PiabChatGPT
- Ripe RoboticsChatGPT
- Sami RoboticsChatGPT
- Strawberry Robotics, Inc.ChatGPT
- BurroGoogle AI Mode
- b4Google AI Mode
- Earth RoverGoogle AI Mode
- FarmXGoogle AI Mode
- FendtGoogle AI Mode
- Four GrowersGoogle AI Mode
- AgriDynamics RoboticsChatGPT
- John DeereGoogle AI Mode
Sites AI cites
45% of citations point at the ranked brands’ own sites. sciencedirect.com, youtube.com, doi.org are the most-cited sites outside the ranked brands’ own domains.
- 34%
- Mapping Yield and Quality using the Mobile Fruit Grading Robot - ScienceDirect (opens in a new tab) · 7%
- Agrobot Gari, a multimodal robotic solution for blueberry production automation (opens in a new tab) · 5%
- A small autonomous field robot for strawberry harvesting (opens in a new tab) · 5%
- Map-constrained LiDAR-IMU localization and segmented tracking control for tracked orchard robot navigation (opens in a new tab) · 4%
- Integration of robotic harvesting platforms with canopy and crop-load management for improved orchard performance (opens in a new tab) · 4%
- Evaluation and stability comparison of different vehicle configurations for robotic agricultural operations on side-slopes (opens in a new tab) · 3%
- Research status of apple picking robotic arm picking strategy and end-effector (opens in a new tab) · 3%
- A collaborative robotic fleet for yield mapping and manual fruit harvesting assistance (opens in a new tab) · 3%
- Advancement and field evaluation of a dual-arm apple harvesting robot (opens in a new tab) · 3%
- Key technologies in apple harvesting robot for standardized orchards: A comprehensive review of innovations, challenges, and future directions (opens in a new tab) · 1%
- 31%
- The Future of Harvesting: Fruit-Picking Flying Autonomous Robots™ by Tevel | HMC Farms Success Story (opens in a new tab) · 8%
- Can Picker AgRobotics’ Dr Octopus-style arms crack autonomous fruit harvesting? (opens in a new tab) · 7%
- Harvesting the Future: Tevel's Revolutionary Fruit-Picking Robots (opens in a new tab) · 5%
- This Robot Picks Apples 3x Faster Than Humans — Here’s How It Works (opens in a new tab) · 4%
- Harvest CROO Autonomous Strawberry Harvesting 2025 (opens in a new tab) · 4%
- Harvesting the Future: Tevel's Revolutionary Fruit-Picking Robots (opens in a new tab) · 4%
- America's New Agricultural Machines Are Changing Farming ... (opens in a new tab) · 3%
- Israeli robots target $10B fruit harvesting market (opens in a new tab) · 3%
- Strawberry Harvesting Robot - Introducing BERRY (opens in a new tab) · 3%
- Harvesting Robot BERRY - Short Video (opens in a new tab) · 3%
- 31%
- Tevel – Flying Autonomous Robots for Fruit Harvesting (opens in a new tab) · 28%
- Technology – Tevel (opens in a new tab) · 12%
- Press Release: Tevel Partners with Unifrutti, Expands to South America – Tevel (opens in a new tab) · 5%
- Home – Tevel (opens in a new tab) · 4%
- Tevel Partners With HMC Farms of Kingsburg, California – Tevel (opens in a new tab) · 1%
- 22%
- Advancement and field evaluation of a dual-arm apple harvesting robot (opens in a new tab) · 7%
- Read the research paper (opens in a new tab) · 3%
- earlier orchard field evaluation (opens in a new tab) · 3%
- Advancement and field evaluation of a dual-arm apple harvesting robot (opens in a new tab) · 3%
- Measuring the response of soft fruits to robotic handling (opens in a new tab) · 3%
- Improving picking efficiency under occlusion: Design, development, and field evaluation of an innovative robotic strawberry harvester (opens in a new tab) · 3%
- Field Evaluation of a Robotic Apple Harvester with Negative-Pressure Driven End-Effectors on a Simplified 4-DoF Manipulator (opens in a new tab) · 3%
- Journal of Field Robotics paper (opens in a new tab) · 1%
- Read the 2024 field study (opens in a new tab) · 1%
- Read the study (opens in a new tab) · 1%
- 14%
- Designing Hybrid Mobility for Agricultural Robots: Performance Analysis of Wheeled and Tracked Systems in Variable Terrain (opens in a new tab) · 5%
- Design and Field Evaluation of an End Effector for Robotic Strawberry Harvesting (opens in a new tab) · 4%
- Design of an Apple Harvesting Robot Based on Hybrid Pneumatic-Electric Drive System (opens in a new tab) · 3%
- Robotic Cultivation of Pome Fruit: A Benchmark Study of Manipulation Tools—From Research to Industrial Standards (opens in a new tab) · 1%
- Robotic Fruit Harvesting Systems: Integration of Perception, Manipulation, and Detachment for Autonomous Harvesting (opens in a new tab) · 1%
- Advances in Perception, Autonomous Operation, and Collaborative Systems for Smart Orchard Robots (opens in a new tab) · 1%
- Field Evaluation of a Robotic Apple Harvester with Negative-Pressure Driven End-Effectors on a Simplified 4-DoF Manipulator (opens in a new tab) · 1%
- A Review of Key Technologies and Recent Advances in Intelligent Fruit-Picking Robots (opens in a new tab) · 1%
- Lists AutoStore, Dematic, Exotec and 5 more9%
- Warehouse Automation Without CapEx | NEO Intralogistics (opens in a new tab) · 7%
- Pay-per-Pick Warehouse Automation | NEO (opens in a new tab) · 4%
- Warehouse Retrofit Without Construction | NEO (opens in a new tab) · 4%
- Warehouse Automation Platform | NEO Intralogistics (opens in a new tab) · 3%
- Goods-to-Person Providers for Existing Shelving (opens in a new tab) · 1%Lists AutoStore, Dematic, Exotec and 5 more
- 9%
- Project : USDA ARS (opens in a new tab) · 5%
- Project : USDA ARS (opens in a new tab) · 3%
- Project : USDA ARS (opens in a new tab) · 3%
- Publication : USDA ARS (opens in a new tab) · 3%
- ARS Home : USDA ARS (opens in a new tab) · 1%
- Project : USDA ARS (opens in a new tab) · 1%
- Project : USDA ARS (opens in a new tab) · 1%
- 9%
- Cornell leads project putting robots to work in US orchards | Cornell Chronicle (opens in a new tab) · 5%
- Handle with care: Soft robot gripper picks ripe fruit without bruising | Cornell Chronicle (opens in a new tab) · 3%
- Cornell leads project putting robots to work in US orchards | Cornell Chronicle (opens in a new tab) · 1%
- 8%
- Robotic Case Picking | Pay-Per-Pick Automation | Lumper (opens in a new tab) · 5%
- Autonomous Warehouse Robots | Priced by the pick | Lumper (opens in a new tab) · 4%
- Automated Warehouse Picking | No Upfront Cost | Lumper (opens in a new tab) · 3%
- 7 Robotic Case Picking Systems for Warehouses With No Automation Budget | Lumper (opens in a new tab) · 1%
- 8%
- An automated apple harvesting robot—From system design to field evaluation - Zhang - 2024 - Journal of Field Robotics (opens in a new tab) · 3%
- An autonomous strawberry‐harvesting robot: Design, development, integration, and field evaluation - Xiong - 2020 - Journal of Field Robotics (opens in a new tab) · 3%
- Towards Damage‐Less Robotic Fragile Fruit Grasping: A Systematic Review on System Design, End Effector, and Visual and Tactile Feedback - Wang - 2025 - Journal of Field Robotics (opens in a new tab) · 1%
- An autonomous strawberry‐harvesting robot: Design, development, integration, and field evaluation - Xiong - 2020 - Journal of Field Robotics (opens in a new tab) · 1%
- An automated apple harvesting robot—From system design to field evaluation - Zhang - 2024 - Journal of Field Robotics (opens in a new tab) · 1%
- Mobile robotics platform for strawberry sensing and harvesting within precision indoor farming systems - Ren - 2024 - Journal of Field Robotics (opens in a new tab) · 1%
- 5%
- Vision‐Assisted Avocado Harvesting with Aerial Bimanual Manipulation - Liu - 2026 - Advanced Robotics Research (opens in a new tab) · 4%
- Vision‐Assisted Avocado Harvesting with Aerial Bimanual Manipulation - Liu - 2026 - Advanced Robotics Research (opens in a new tab) · 1%
- Intelligent Soft Robotic Grippers for Agricultural and Food Product Handling: A Brief Review with a Focus on Design and Control - Liu - 2023 - Advanced Intelligent Systems (opens in a new tab) · 1%
- 5%
- advanced.farm, a California agricultural robotics startup, built a robotic apple harvester with six robotic arms and vacuum suction grippers that gently pick ripe apples — averaging around 2,500 apples an hour in field trials, roughly three times the speed of a human picker, according to the company. Tested with leading growers in Washington state during the 2024 harvest, the technology was acquired by farm equipment giant CNH in 2025 as agriculture races to solve its labor shortage. #Robotics #AgTech #AppleHarvest #FarmRobots #Automation | Interesting Engineering Explains | Facebook (opens in a new tab) · 3%
- 🤖 Flying robots that pick fruit. Yes, really. While the world debates the future of farming, Tevel Aerobotics Technologies is already living it. Their AI-powered Flying Autonomous Robots™ navigate inside orchards, detect the exact ripeness of each fruit using computer vision, and pick it - delicately, accurately, 24/7. The problem they're solving is bigger than it sounds: 20–30% of the world's fruit crop goes to waste every year, not from disease or drought, but simply because there aren't enough hands to pick it. The agricultural labor shortage is a global crisis that Tevel is already solving by harvesting apples, peaches, plums and more commercially across the U.S., Italy, and Chile. Watch this video, where Gerson Panitch interviews Yaniv Maor, Founder & CEO of Tevel Aerobotics Technologies, to find out more about Tevel's cutting-edge technology. Brought to you by Finnegan, Henderson, Farabow, Garrett & Dunner, LLP. Follow us for more amazing tech stories and share this to spread the news about the unbelievable companies in Israeli tech. #WhatsNextInIsraelTech #TevelAerobotics #AgTech #FoodSecurity #FlyingRobots #AI #Robotics #SustainableAgriculture #IsraelTech #FutureOfFarming | What's Next in Israel Tech | Facebook (opens in a new tab) · 3%
- Strawberries picked by robot? That's just one of the ways a new robotics hub in Lincoln could help farmers in the future. Read more: https://bbc.in/4yKuHxm | BBC Lincolnshire | Facebook (opens in a new tab) · 1%
- 5%
- Picker Agrobotics Achieves Autonomous Avocado Harvesting Milestone | Picker Agrobotics posted on the topic | LinkedIn (opens in a new tab) · 3%
- Picker Agrobotics | LinkedIn (opens in a new tab) · 1%
- Manifold Launches Robot Labor for Supply Chain Industry | Y Combinator posted on the topic | LinkedIn (opens in a new tab) · 1%
- 4%
- Fieldwork Robotics – Soft, Selective & Autonomous Harvesting Robots (opens in a new tab) · 4%
- Fieldwork Enters Scale-Up Phase with £3 million Funding – Fieldwork Robotics (opens in a new tab) · 4%
- Fieldwork Robotics launches new robotic model, Fieldworker 1, and establishes collaboration with Costa Group – Fieldwork Robotics (opens in a new tab) · 1%
- 4%
- [2510.04864] In-Field Mapping of Grape Yield and Quality with Illumination-Invariant Deep Learning (opens in a new tab) · 1%
- [2606.14089] A Modular Dual-Arm Apple Harvesting Robot with Enhanced Field Performance (opens in a new tab) · 1%
- [2609.18051] CLASP: A Cluster-Level Autonomous Selective Picking Robot with a Soft Rolling-Band Gripper for Fresh-Market Blueberry Harvesting (opens in a new tab) · 1%
- 3%
- Automatic fruit picking technology: a comprehensive review of research advances | Artificial Intelligence Review | Springer Nature Link (opens in a new tab) · 1%
- An improved APF-guided BiRRT* motion planner for autonomous robotic apple harvesting in cluttered orchard environments | Journal of King Saud University Computer and Information Sciences | Springer Nature Link (opens in a new tab) · 1%
- 1%